The phrase "accurate fabrication" is correct and usable in written English.
It can be used in contexts where something is described as being both precise and constructed or invented, often in a technical or artistic sense.
Example: "The artist's work is an accurate fabrication of historical events, blending fact with creative interpretation."
Alternatives: "precise invention" or "exact creation".
The accurate fabrication of intricate microstructure has verified that the SLM process is suitable for fabrication of metallic biomaterial scaffolds.
By using Axiomatic design theory, the conceptual design of the hinge mechanism is suggested, which has not only high deployed stiffness and low deployment shock but also does not require lubrication and accurate fabrication.
However, calculations of MCD depend on accurate fabrication and calibration of the microfluidic devices and careful control of cell medium conditions during the experiments.
[Shin JG, Ryu CH, Lee JH, Kim WD. A user-friendly, advanced line-heating automation for accurate plate fabrication. Journal of Ship Production 2003 19(1):8–15].
The proposed design of the bandpass filter can not only reduce the size of the device and result in good RF performance, but the accurate semiconductor fabrication process can also ensure high performance further.
Moreover, an accurate assembly of the fluidic channel part and the pumping actuation part is necessary, making the device fabrication more complicated.
Results of the present study are beneficial to accurate design and fabrication of electromechanical CNT based actuators.
These results may be helpful in the fundamental understanding of heat transfer in 3D-printed components, as well as in accurate design and fabrication of heat transfer components through 3D printing.
The most accurate and efficient fabrication process for LIGA masks is the structure transfer with soft X-ray lithography from an intermediate mask pattern which is produced by direct electron beam writing.
The flexibility of using a variety of materials, the accurate control over fabrication process, and the command over the alumina template attributes give us the freedom of engineering various physical properties determined by the shape, size, composition, and doping of the nanostructures.
Using computer-assisted design and milling technology (CAD/CAM), the fabrication of accurate and precise restorations became a simple procedure [3, 7].
